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Decoupling analysis and peak prediction of carbon emission based on decoupling theory

机译:基于去耦理论的碳排放去耦分析及峰预测

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摘要

Under the low-carbon environment of economy and society, the real decoupling between economic growth and high carbon emissions is the basis for realizing the sustainable and low-carbon transformation and development of Shandong Province. This paper uses energy consumption as an intermediate variable, according to EKC hypothesis theory and Tapio decoupling indicator theory, by constructing the multiple regression model and low carbon decoupling model of carbon emissions, energy consumption and economic growth, this makes an empirical analysis of the interval elasticity relationship and the point-in-time elasticity relationship in 1994-2017. The decoupling situation is: there is an inverted "N" curve relationship between carbon emissions and economic growth in Shandong Province. The second theoretical turning point is in 2012, and the decoupling relationship will gradually appear in the future. To a great extent, Shandong Province's low-carbon decoupling indicator is affected by the energy conservation decoupling indicator, and the strong decoupling state of economic growth and carbon emissions has appeared continuously, but it is not stable enough. The ideal decoupling state between economic growth and carbon emission will occur only after carbon emission reaches the peak, so it is necessary to predict the peak year of carbon emission. Based on the scenario analysis and decoupling theory, a carbon emission model is constructed to analyze the carbon emission status and its possible peak years in different scenarios in Shandong Province from 2016 to 2030. On the whole, with the improvement of economic development level, the situation of low energy consumption and low emissions is gradually significant. The degree of decoupling is mainly affected by the macro-economic situation and the change of policy regulation. Therefore, the paper puts forward the scientific, feasible and effective policy measures with Shandong characteristics to promote the sustainable development of low-carbon economy.
机译:在经济与社会的低碳环境下,经济增长与高碳排放之间的实际解耦是实现山东省可持续和低碳转型和发展的基础。本文采用能源消耗作为中间变量,根据EKC假设理论和Tapio解耦指示器理论,通过构建多元回归模型和碳排放量低碳解耦模型,能耗和经济增长,这使得对间隔进行了实证分析弹性关系与1994 - 2017年的时滞性弹性关系。去耦情况是:山东省碳排放与经济增长之间存在倒置的“N”曲线关系。第二个理论转折点是2012年,解耦关系将逐步出现在未来。在很大程度上,山东省的低碳去耦指示因节能去耦指标而影响,经济增长和碳排放的强大去耦状态持续,但它不够稳定。在碳排放达到峰值之后,仅发生经济增长和碳排放之间的理想解耦状态,因此有必要预测碳排放的高峰年。基于情景分析和解耦理论,构建了碳排放模型,分析了2016年至2030年在山东省不同情景中的碳排放状态及其可能的高峰年。总体而言,经济发展水平的改善能量消耗低,排放量低的情况逐渐显着。去耦程度主要受宏观经济形势的影响和政策监管的变化。因此,本文提出了与山东特征的科学,可行和有效的政策措施,促进了低碳经济的可持续发展。

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